In response to the current situation of weak power grid infrastructure, unstable power supply, and partial dependence on distributed power sources such as photovoltaics in rural areas of Africa, this single household lighting control center solution focuses on "stable adaptation, safety and reliability, and economic ease of use" to create a lighting electrical ready board system that is suitable for local needs, ensuring the stable operation of household basic lighting.

The core of the solution is a customized lighting electrical ready board, which integrates three core modules: power switching, overload protection, and branch control. Considering the coexistence of photovoltaic power supply and grid power supply in some rural areas of Africa, the electrical ready board is equipped with an intelligent switching module that can automatically identify the power supply type and seamlessly switch, avoiding lighting interruptions caused by power outages; Equipped with overload protection devices adapted to local voltage, automatically cutting off power when the circuit load exceeds the standard, preventing safety hazards such as short circuits and fires; Adopting a branch control design, the lighting circuits in different areas such as the living room, bedroom, and kitchen are independently controlled, facilitating precise switching and troubleshooting.

In terms of adaptability design, the electrical ready board adopts a waterproof and dustproof shell to resist the environmental impact of frequent sandstorms and humid rainy seasons in rural Africa; High temperature resistant and anti-aging insulating materials shall be selected to adapt to high temperature climate; The installation process is simplified, without the need for a professional construction team, and villagers can complete the basic installation through simple guidance. At the same time, the plan takes into account economy, with low-cost and high-quality materials selected for the core components, making the overall cost affordable and in line with the consumption capacity of African rural households.

This solution can effectively improve the stability and safety of rural household lighting in Africa, adapt to diverse power supply scenarios, and is easy to install and maintain with controllable costs, providing practical power support for improving local livelihoods.